Study sheds light on cellular interactions that lead to liver transplant survival

A new study in Gastroenterology identifies how certain proteins in the immune system interact and lead to organ rejection. The study, which involved experiments on mice and human patients, uncovered an important communication pathway between two molecules called CEACAM1 (CC1) and TIM-3, finding that the pathway plays a crucial role in controlling the body’s immune response during liver transplantation.

SARS-CoV-2 infects liver, stimulating glucose production and contributing to severe form of COVID-19, study shows

Research conducted at the University of São Paulo (USP) in Brazil shows that SARS-CoV-2, the virus that causes COVID-19, can infect liver cells (hepatocytes), stimulating glucose production and leading to a condition similar to diabetes (hyperglycemia) in hospitalized patients, even if their blood sugar level was normal before they were admitted to hospital.

Noninvasive method for vagus nerve stimulation shows promise for enhancing motor rehabilitation after stroke

The longest nerve in the human body starts in the brain and meanders its way down the neck and into the chest, where it splits into separate branches, winding its twisting tendrils to touch each internal organ. Known as the “information superhighway” and aptly named from the Latin word meaning “wanders,” the vagus nerve is a bundle of fibers responsible for the parasympathetic nervous system: digestion, heart rate, breathing.

New community partnership model boosts inclusion of participants into HIV cure-directed research

Scientists have long used community advisory boards to engage communities and provide feedback on studies, but this model has limitations. Now, researchers from The Wistar Institute are sharing how a more inclusive model for community engagement can lead to deeper insights and greater community participation in HIV research. The community engagement group, or CEG model, is composed of a three-part structure with a community advisory board (CAB), community nonprofit organization, and researchers.

Can artificial intelligence reduce invasive testing and improve cardiac diagnostics?

Coronary heart disease is the leading cause of adult death worldwide. In many cases, quantifying left ventricular ejection fraction (LVEF)—or how much blood the left ventricle pumps out with each contraction—is critical to optimize decision-making and treatment decisions, particularly for acute coronary syndromes like heart attacks or unstable angina.

IMF says Zambia may reach bondholder debt deal by second review

ZAMBIA is expected to reach a debt restructuring deal with its international bondholders by the time the International Monetary Fund (IMF) undergoes a second review of its rescue loan programme with the country later this year, an IMF official said on Friday.

This content is locked

This is exclusive material. To read full story, click on register and choose one of the premium subscriptions to view this content. Login if you are already a premium user.